Description

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　　PPD113B01-10-150000 Other Names:

Excitation Control Unit PPD113B01-10-150000

PPD113B01-10-150000 Processor Unit

Input/Output Unit PPD113B01-10-150000

Technical Specifications and Core Parameters

　　Electrical Characteristics:

Input: Three-phase 380-415VAC, Output 48VDC, Maximum Output Current 150A, Efficiency ≥92%, Typical Operating Temperature -40℃ to 85℃, Protection Rating IP20.

Physical Design: Metal casing, standard rack size, supports wall mounting, modular expansion interfaces.

　　Communication Capabilities:

Integrates industrial protocols such as Ethernet, serial communication (RS232/422/485), Profibus DP, and LONWorks, compatible with ABB Advant DCS, AC800M series, and Honeywell MasterLogic-200 PLC systems.

　　Processing Performance:

Utilizes a high-speed processor, supporting multi-task parallel processing (such as I/O processing, database updates, and application execution), and features hardware-level fault detection and self-diagnosis capabilities.

　　System Role and Functions:

Excitation Control Core: Used for excitation regulation of generators/motors. By precisely controlling the magnetic field strength, it ensures voltage stability, power factor optimization, and dynamic response capabilities of the power system, widely used in power plants, substations, steel mills, and other scenarios.

Data Processing and Control: Built-in high-performance processor (such as the Advant Controller 410) executes complex control algorithms, logic operations, and real-time data processing. Supports programming languages ​​such as C/C++ and Ladder Logic to achieve closed-loop control of process parameters such as temperature, pressure, and flow.

Communication and Integration: Supports interfaces such as Ethernet and serial communication, seamlessly integrating with PLCs, SCADA systems, and industrial IoT platforms to achieve remote monitoring, data acquisition, and fault early warning.

Reliability and Safety: Adopts industrial-grade design, withstands a wide temperature range of -40°C to +85°C, and features self-diagnosis, fault protection, and encrypted communication functions to ensure stable system operation under harsh conditions.

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　　Application Scenarios and System Role:

　　Core Application Areas:

Power Generation and Power Control: Generator excitation regulation, turbine/governor monitoring, substation equipment (transformer/circuit breaker) status management to ensure stable power grid operation.

Industrial Automation: Manufacturing production line control (e.g., stacker cranes, conveyor systems), chemical/petroleum/pharmaceutical process control, smart buildings (lighting/HVAC/security), traffic signal systems.

Energy Management: Energy system optimization, smart grid digitization, power generation dispatch coordination.

　　Functional Roles:

Excitation Control: Drives the generator/motor excitation windings, provides 24V DC output, monitors excitation current, and ensures magnetic field stability.

System Integration: As a central processing unit (CPU module), it executes operating system, communication management, I/O processing, logic control, and fault protection, supporting redundant power supplies and I/O bus architecture.

Data Acquisition and Diagnostics: Real-time acquisition of sensor data, uploaded to the DCS/PLC system via Ethernet/IP protocols, with built-in fault code feedback and remote debugging interface.

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　　System Compatibility and Extended Configuration

　　ABB Ecosystem Integration:

Belongs to the Safeguard 400 series, compatible with the Advant Controller 410 central controller, and can work with modules such as AC800PEC, UFC765AE102, and GVC750BE101, supporting Modbus, Profibus, and Ethernet communication.

Compatible with ABB 800xA, Advant OCS with Master Software, Bailey INFI 90 systems, and DSQC series spare parts for industrial robots.

　　Cross-Brand Compatibility:

Integrates with Honeywell MasterLogic-200 PLC, supporting non-redundant/redundant CPU, power supply, and I/O bus configurations, enabling cross-platform data exchange through open protocols (such as MODBUS TCP).

It can work in conjunction with modules such as UFC765AE102 3BHE003604R0102, GVC750BE101 3BHE009681R0101, DSPC172H 57310001-MP, and DSDP140B 57160001-ACX, adapting to motors, generators, sensors, actuators, and other equipment, supporting I/O expansion and redundant configuration.

　　Features and Maintenance Advantages

　　High Reliability Design:

Vibration-resistant and moisture-proof design, adaptable to harsh industrial environments; supports hot-swapping and backup power switching, improving system fault tolerance.

　　Flexible Programming and Expansion:

Provides 24V DC output to drive the excitation winding, monitors excitation current (e.g., 10V DC output), supports multi-axis motion control, speed monitoring, and fault diagnosis. Supports C/C++, Ladder Logic, and other programming languages, providing modular I/O expansion slots for flexible configuration of digital/analog input/output modules.

　　Maintenance Ease:

Built-in self-diagnostic function, locating faults through error codes (such as Modbus exception code 2); supports remote configuration and firmware updates via ABB Engineering Tools, simplifying the debugging process.

As a core component of ABB’s industrial control system, this excitation control board provides stable operation assurance for complex industrial scenarios through efficient power management, precise excitation regulation, and reliable system integration.

Summary: The PPD113B01-10-150000 3BHE023784R1023 is the core excitation control module of ABB’s industrial control system. Through collaboration with controllers such as the AC 800PEC and I/O modules, it provides high-precision excitation regulation, real-time data processing, and system integration capabilities for industries such as power, metallurgy, and chemicals, and is a key component ensuring the efficient and safe operation of industrial equipment.

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